Tone Mapping Operator IP Malfunctioning

Hi Wincent,

I reviewed the example code you sent me. The setup of the core is here:

 intel_vvp_tmo_instance tmo;
 intel_vvp_tmo_base_t TMO_PIPE_0_TMO_BASE = reinterpret_cast<intel_vvp_tmo_base_t>(VIDEO_PROC_PIPE_0_TMO_BASE);
 intel_vvp_tmo_init_instance(&tmo, TMO_PIPE_0_TMO_BASE);
 intel_vvp_tmo_set_bypass(&tmo, 1);
 intel_vvp_tmo_set_volume(&tmo, 45);
 intel_vvp_tmo_set_threshold(&tmo, 4500);
 intel_vvp_tmo_set_resolution(&tmo, PIPE_DIM.x, PIPE_DIM.y);

I changed my setup to exactly match this order:

intel_vvp_tmo_init_instance(&cam_tmo, (intel_vvp_core_base)VVP_MAIN_PATH_VVP_MAIN_INTEL_TONEMAP_BASE);
intel_vvp_tmo_set_bypass(&cam_tmo, 1);
intel_vvp_tmo_set_volume(&cam_tmo, 45);
intel_vvp_tmo_set_threshold(&cam_tmo, 4500);
intel_vvp_tmo_set_resolution(&cam_tmo, 1920, 1080);

I verified that frames were flowing through the IP by checking the field count registers of the VVP IPs (IMG_INFO_FIELD_COUNT) before the TMO IP and after. The resolution registers (IMG_INFO_WIDTH/IMG_INFO_HEIGHT) for these IPs also match the set resolution.

I then ran a terminal command that calls intel_vvp_tmo_set_bypass(&cam_tmo, 0);

Sometimes the processor will hang on this write. Other times it does not freeze but the other IPs report a non-changing field count.

As you can see, there are issues even if not using ROI.

Best,

David